How Does Newton's Third Law Apply to Tension in a Dog Sled Scenario?

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The discussion revolves around calculating the tension in rope 2 of a sled dog scenario, given the tension in rope 1 is 142 N and the coefficient of friction is 0.1. The problem involves two sleds with masses of 112 kg and 60 kg. Participants are prompted to share their thoughts on how to approach the problem, emphasizing the application of Newton's Third Law. The conversation highlights the need for understanding the forces at play, particularly tension and friction, in this context. Overall, the focus is on solving the physics problem effectively.
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Homework Statement



The sled dog drags sleds A and B across the snow. The coefficient of friction between the sleds and the snow is 0.1. If the tension in the rope 1 is 142 N, what is the tension in rope 2? (M=112 kg, m=60 kg.)

Homework Equations



Any ideas of how to start this problem?

The Attempt at a Solution

 
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mcryder16 said:

Homework Statement



The sled dog drags sleds A and B across the snow. The coefficient of friction between the sleds and the snow is 0.1. If the tension in the rope 1 is 142 N, what is the tension in rope 2? (M=112 kg, m=60 kg.)

Homework Equations



Any ideas of how to start this problem?

The Attempt at a Solution


Sure. I have ideas. But what is it you are stuck on. It's your homework.
 
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